Neutrinos: Exploring the Universe's Fundamental 'Ghost' Particles
Neutrinos are fundamental particles that are among the most abundant with mass in the universe. Characterized by their lack of electric charge and very little mass, they interact minimally with matter, earning them a 'ghostly' existence. These particles can be generated through various processes, including the decay of heavy particles, nuclear reactions within the sun, and the explosive events of stars.
Neutrinos are recognized as fundamental particles within the universe. They maintain a 'ghostly' presence, possessing no electric charge and very little mass, which results in extremely few interactions with matter.
Despite their elusive nature, neutrinos are the most abundant particles with mass found throughout the cosmos. Their creation stems from a variety of processes.
These processes include the decay of heavy particles, the nuclear reactions that occur within the sun, and the powerful explosions of stars. (Source: Phys.org)
